Electrical safety for ships, mobile and fixed offshore platforms• Insulation monitoring

• Offline monitoring

• Insulation fault detection

• Residual current monitoring

2

Unearthed power supplies (IT systems) monitored by an ISOMETER® provide solutions which on one hand offer com-prehensive protection of people and equip ment and on the other hand meet the ever increasing high requirements for availability and cost reduction. IT systems – in many parts of the world better known as ”unearthed systems or floating systems“ – are men tioned in all national and international standards. For all IT Systems the standard IEC 60364-4-41:2005-12 ”Protection against electric shock“ applies. In addition, the following standards for maritime applications apply:

■■ IEC 60092-201:1994-08 Electrical installations in ships – part 201: System design – General

■■ IEC 60092-502:1999-02 Electrical installations in ships – part 502: Tankers: Special features

■■ IEC 60092-202:1994-03 Electrical installations in ships – part 202: System design – Protection

■■ IEC 60092-504:2001-03 Electrical installations in ships – part 504: Special features – Control and instrumen tation

■■ IEC 60092-507:2008-01 Electrical installations in ships – part 507: Small vessels

■■ IEC 61892-1:2001-12 Mobile and fixed offshore units – Electrical installations – part 1: General requirements and conditions

■■ IEC 61892-2:2012-03 Mobile and fixed offshore units – part 2: System design

■■ IEC 61892-5:2010-08 Mobile and fixed offshore units – Electrical installations – part 5: Mobile units

■■ IEC 61892-7:2007-11 Mobile and fixed offshore units – Electrical installations – part 7: Hazardous areas

■■ Regulations relating to maritime electrical installations: 2001-12, Directorate for fire and electrical safety, Norway and other international standards, like: Solas, IMO, Lloyd’s, IEE, NEK etc.

Electrical safety in maritime applications

Bender provides electrical safety products that contribute to an optimum of high operating safety and relia bility in power supplies. The in novative solutions we offer today are based on more than half a cen tury of experience. The products are developed for demanding applica tions in industries, hospitals, commercial buildings, ships and many other various areas. A high degree of standardization means cost effective and highly reliable solutions.

■■ ISOMETER® – Insulation monitoring device

■■ Insulation fault location systems (EDS)

■■ Systems for the electrical safety of medically used rooms

■■ Residual current monitors (RCM)

■■ Control and indication panels

■■ Communication solutions.

Unearthed systems become standardElectrical systems on ships and offshore platforms should be designed in such a way that:

■■ Operating safety and reliability of the electrical systems must be guaranteed

■■ Protection for passengers and personnel in case of insulation faults is secured

■■ International standards and regulations are complied with.

Therefore, the use of unearthed electrical systems (IT systems) with insulation monitoring is crucial in many maritime applica-tions. For example:IEEE – Recommended practice for electrical installations on shipboard 33.7.6 Electrical installations on tank vessels Electrical distribution systems of less than 1000 V (line to

line) should be unearthed

Service and supportBender supplies electrical safety products worldwide. We also provide support and service for all Bender supplied systems and plants. Our involve ment begins with the concept stage as we work very closely with the ship builder. We continue as an integral member of the team during the construction phase and, thereafter, through the entire operational life of the ship or offshore platform.

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Five good reasons for IT systems with insulation monitoring

Why unearthed systems with insulation monitoring?

Time gained thanks to advance information

Improved economic efficiency

■■ Expensive and unexpected interruptions to oper a tion are avoided

■■ Time and costs for maintenance are reduced

■■ Weak points in the ins tallation are recognised

■■ Investment management is supported

Increased operating reliability

■■ ■No interruption to operation in the event of phase-to-earth fault

■■ No control malfunction in the event of insulation faults

■■ Electrical installations are kept at a high level of availability

■■ Off-line monitoring

ON

Optimised maintenance

■■ Insulation deteriorations are early recognised and signalled

■■ Automatic localisation of sections of the system with insulation faults

■■ Optimised planning of time and personnel resources

■■ Central information about the condition of the electrical installation

■■ Remote diagnosis via Internet/Ethernet

Increased fire prevention

■■ Gradually developing insu lation faults are detected at an early stage

■■ Arcing faults, a frequent cause of fire, do not occur

■■ Areas subject to explosion and fire hazards can be separated from the rest of the system by means of isolating transformers and can be monitored

Increased accident prevention

■■ Low touch currents in small and medium-sized installations

■■ No malfunctions in control circuits of equipment and machines

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Insulation monitoring – making the right choice

The unearthed electrical system is continuously moni tored by an ISOMETER®. Connected between the active conductors and earth (ship’s hull), it superimposes a measuring voltage on the system. If an insulation fault occurs, the measuring circuit is closed and a small measuring current will flow. This measuring current is proportional to the insulation resistance and it is then evaluated by the device's electronic sys tem. Insulation monitors are an important part of IT systems. Therefore, they are demanded by the regulations, for example:

IEC 60092-201:1994-08 Electrical installations on ships – system design7.2 Insulated distribution systems

When a distribution system, whether primary or secondary, for power, lighting or heating, with no connection to earth is used, a device capable of continuously monitoring the insulation level to earth and of giving an acoustic and optical indication of low insulation values shall be provided.

Depending on the system to be monitored the following measuring principles are used:

DC measuring voltageOne frequently used measuring principle is the super imposition of a DC measuring voltage between the system and the protec-tive con ductor. This is the standard measuring principle for pure AC one and three phase unearthed systems.Today’s electrical systems frequently contain alternating cur-rent loads which include electrically connected DC components e.g. PC’s, solenoid valves, rec tifiers etc. DC voltage components, high capacitances, voltage and frequency changes can cause a negative influence on this measurement.

Approvals

Llyod’s Register of Shipping

Underwriters Laboratories Inc.

Germanischer Llyod

AMP measuring principleThe AMP measuring principle (by Bender patent) is based on a specially clocked measuring voltage which is controlled by a micro-controller and adapts itself automatically to the respective system conditions. All devices mentioned in this brochure are operating with this measuring principle and can be used universally in AC, DC and AC/DC IT systems with voltage or frequency variations, high system leakage capacitances and DC com ponents. These devices are able to cope with today's modern distribution systems, which usually con tain influencing variables.

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No matter what kind of IT system you have, ISOMETER® will monitor them all

Functions and characteristics at a glance

ISOMETER® IR1575

ISOMETER® IRDH275B – IRDH375B

ISOMETER® IRDH575

ISOMETER® IR420-D6

Fiel

ds o

f app

licat

ion

Insulation monitoring Control and auxiliary circuits Main circuits Main circuitsControl and auxiliary circuits

Offline-Monitoring TN, TT and IT systems

Coupled IT systems – –

IT systems with converter drives – –

Insulation fault location – – –

Nominal voltage (insulation monitoring) 3(N)AC, DC, AC/DC 0 … 480 V 3(N)AC 0 … 793 V DC 0 … 650 V

extentable via coupling unit see ”Insulation fault location“ –

Frequency range DC, 30 … 460 Hz DC, 0.2 … 460 Hz DC, 42 … 460 Hz –

Resp

onse

valu

es/

cont

acts

Number of response values 2 2 2 2

Response values 2 kΩ … 1 MΩ 1 kΩ … 10 MΩ 1 kΩ … 10 MΩ 100 kΩ…10 MΩ

Contact main alarm 1 changeover contact 1 changeover contact 1 changeover contact 1 changeover contact

Contact prewarning 1 changeover contact 1 changeover contact 1 changeover contact 1 changeover contact

Contact change over for – system fault system fault/EDS alarm –

Com

mun

icatio

n LC display Two lines Two lines Four lines

Pre-alarm display –

RS-485 interface – BMS protocol (B version) BMS protocol –

Real time clock – (B version) –

Gene

ral f

eatu

res

Measuring principle AMP AMPPlus AMPPlus DC

Fault memory measured value memory

Selective fault location L+/L-

Connection monitoring IT system/PE IT system/PE IT system/PE PE

Historical memory – (B version) –

Isometer disconnection relays – (B version) –

Insu

latio

n fa

ult l

ocat

ion

Nominal voltage IRDH575B1-… – – AC, 3(N)AC 20 … 575 V DC 20 … 575 V –

Nominal voltage IRDH575B2-… – – AC, 3(N)AC 340 … 760 V DC 340 … 575 V –

Frequency range – – DC, 42 … 460 Hz –

Evaluators – – EDS460/EDS461 –

Measuring current transformers – – W, WS, WR series –

Approvals – GL, UL, LR LR, UL –

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Bender ISOMETER® IRDH 275 / 375 / 575 series and IR1575 – the solution for all IT systems in ships and offshore platforms

General features of IRDH275/375/575 and IR1575

■■ AMP measuring principle for precise measurement of the insulation resistance in all AC, DC or AC/DC IT systems

■■ Simple to operate The user-friendly menu structure and large keys make the device simple to operate

■■ Clear indication with illuminated text display

■■ Increased alarm set points Two programmable alarms provide warnings when the insulation resistance drops below pre-set values (alarm 1 can be used as pre-warning)

■■ Easy to install and to connect The panel mounting enclosure is easy to install into the fascia of a switchboard. The entire information is available to the user at a glance. Easy to connect by colour-coded plug-in terminals.

Special features of IRDH275B/375B/575

■■ Monitoring several interconnected IT systems The IRDH275/375/575 can be configured to operate as an IT system mana ger to provide the necessary control information exchange between the ISOMETER® when several IT systems are interconnected.

■■ Informed at the press of a button Additional information such as system leakage capacitance, parameter values etc. are immediately available at the press of the info button

■■ Insulation monitoring with automatic fault location system EDS The IRDH575 series can be extended to an automatic insulation fault location system

■■ Data history info By pressing the INFO key, additional information and up to 99 alarm messages with time and date stamp immediately available

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Insulation monitoring of a electric propulsion system with IRDH375B

Practical examples

Insulation monitoring of secondary distribution system with IR1575

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Practical examples

Insulation monitoring of primary distribution system with IRDH375 – Insulation monitoring of secondary distribution system with IR1575

Insulation monitoring in coupled systems with IRDH375

Coupled IT systems – no problemIn some maritime applications a lot of IT systems will be sometimes coupled during operation. For a correct measu-rement of the insulation resistance it is necessary that only one insulation monitor is active. The IRDH375 series will mana ge this by bus connection and con trolling of the switches.

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Practical examples

ISOMETER® IR420-D6

Offline monitoring with IR420-D6

Offline monitoring with ISOMETER® IR420-D6

■■ Provides safe monitoring of electrical insulation integrity in cer tain installations

■■ Monitors the insulation resistance of de-energised TN, TT and IT systems, e. g. fire extinguisher pumps, slide-valve drives, standby generators, deck machinery in offshore platforms and marine environment

■■ Gives early warning of insulation degradation, before motors (or generators) with deteriorated insulation are in immediate danger of failing on start up

■■ Early warning for preventive maintenance to be scheduled when convenient

■■ Eliminates failure and the need for an emergency replacement or rewind

■■ Two separate response values 100 kΩ…10 MΩ

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Insulation fault location system EDS

COM460IP

EDS195PISOSCAN®

In order to achieve high availability and to avoid costly shut-down periods of electrical installations, it is necessary to recognise insulation faults at an early stage – before in terruption or discon-nection of the power supply occurs.Unearthed systems (IT systems) with insulation monitoring are used for this reason to protect these power supplies to essential electrical installations and loads. The ISOMETER® provides the necessary advance information. Fast loca lisation and elimination of insulation faults is required by DIN VDE 0100-410 (VDE 0100 part 410: 2007-06, IEC 60364-4-41: 2005-12).The IRDH575 in combination with the EDS system is a modular sys tem ideally suited for this task.

Advantages of insulation fault location with the EDS system

Optimized maintenance

■■ Insulation fault location without discon-necting the electrical installation

■■ Selective fault location by fast and precise localisation of the faulty sub circuit

■■ Centralized indication and operation with LC text display

■■ Reduced maintenance costs

Improved economic efficiency

■■ Time and costs for maintenance are re duced

■■ Weak points in the installation are recognised

Increased operating reliability

■■ Electrical installations are kept at a high level of availability

■■ Increased productivity because interrup-tions to operation are avoided

■■ More comfort for passengers and crew

Flexible and configurable solutions

■■ Cost-effective construction by modular system components

■■ Measuring current transformers are avai-lable in different sizes and shapes (round, rectangular and split core)

Insulation fault location with communication via COM460IP

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Components of EDS systems –Functions and characteristics at a glance

Type of supply system AC, DC, AC/DC (mixed systems) AC, DC, AC/DC (mixed systems)

Applikation Main circuit Control circuit

Insulation monitoring device ISOMETER® and insulation fault test device

Type IRDH575 IR1575 IRDH575

Nominal system voltage Un (B1) 3AC/AC 20…575 V DC 20…575 V DC/AC/3 AC 20…480 V 3AC/AC 20…150 V/DC 20…150 V (Version IRDH575B1-4227, RDH575B1-4235)

Nominal system voltage Un (B2) 3AC/AC 340…760 V DC 340…575 V – –

Supply voltage –

IRDH575B1-435IRDH575B2-435

IRDH575B1-4235IR1575PG1-435

AC 88…264 VDC 77…286 V

AC 88…264 VDC 77…286 V

AC 340…460 V

AC 88…264 VDC 77…286 V

IRDH575B1-427IRDH575B1W-4227 DC 19,2… 72 V – DC 19,2… 72 V

IR1575PG1-434 – AC 16…72 V, DC 10,2…84 V –

Test current 10/25/50 mA 10/25 mA 1/2,5 mA

Response values 1 kΩ …. 10 MΩ 1 kΩ … 1 MΩ 1 kΩ …. 10 MΩ

LC display 4 x 20 characters 2x16 characters 4 x 20 characters

alarm relay 3 changeover contacts 2 changeover contacts 3 changeover contacts

Interface/protocol RS-485 (BMS) – RS-485 (BMS)

Address range 1…30 – 1…30

Insulation fault evaluators

Type EDS460-D/DG… EDS490-D… EDS460-L… EDS490-L… EDS461-D… EDS491-D… EDS461-L… EDS491-L…

Graphic LCD – – – –

7-segment / LED display – – – –

US: DC 16…94 V, AC 42…460 Hz 16…72 V

EDS460-D-1, EDS460-DG-* EDS490-D-1 EDS460-L-1 EDS490-L-1 EDS461-D-1 EDS491-D-1 EDS461-L-1 EDS491-L-1

US: AC / DC 70…276 V AC 42…460 Hz

EDS460-D/DG-2, EDS460-DG-2* EDS490-D-2 EDS460-L-2 EDS490-L-2 EDS461-D-2 EDS491-D-2 EDS461-L-2 EDS491-L-2

Scanning time < 10 s for up to 1080 measuring channels < 10 s for up to 1080 measuring channels

Response value 2…10 mA 0,2…1 mA

Residual current display 100 mA...10 A (EDS460DG 20 mA-2 A) 10 mA … 1 A

Parameterization function – – – –

Error codes display

Address range 1…90 1…90 1…90 1…90

Internal clock (RTC) – – – –

History memory – – – –

Alarm relay “Common alarm” 2 x 1 changeover contact 2 x 1 changeover contact

Alarm relay per channel – 12 x 1 N/O contact – 12 x 1 N/O contact – 12 x 1 N/O contact – 12 x 1 N/O contact

* EDS460-DG-…particularly for localising insulation faults in DC IT systems with a number of branch circuits where high system leakage capacitances are involved

EDS460-D/DG… EDS490-D… EDS460-L… EDS490-L…

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Measuring current transformer for EDS and RCMS systems – Overview

Type of supply system AC, DC, AC/DC (mixed systems) AC, DC, AC/DC (mixed systems)

Application Main circuit Control circuit

Measuring current transformersDimensions Type Dimensions Type

Type W… series (Circular)

ø 10 W10 ø 10 W10-8000

ø 20 W20 ø 20 W20-8000

ø 35 W35 ø 35 W35-8000

ø 60 W60 ø 60 W60-8000

ø 120 W120 – –

ø 210 W210 – –

Type W…-S… series (Circular)

ø 20 W0-S20 – –

ø 35 W1-S35 ø 35 W1-S35-8000

ø 70 W2-S70 – –

ø 105 W3-S105 – –

ø 140 W4-S140 – –

ø 210 W5-S210 – –

Type WR…S(P) series (Rectangular H x W)

70 x 175WR70x175S

WR70x175SP

115 x 305WR115x305S

WR115x305SP

150 x 350WR150x350S

WR150x350SP

200 x 500WR200x500S

WR200x500SP

13

Type of supply system AC, DC, AC/DC (mixed systems) AC, DC, AC/DC (mixed systems)

Application Main circuit Control circuit

Measuring current transformersDimensions Type Dimensions Type

Type WS… series (Split-core W x H)20 x 30 WS20x30 20 x 30 WS20x30-8000

50 x 80 WS50x80 50 x 80 WS50x80-8000

80 x 120 WS80x120 – –

Type WS…S series (Split-core W x H)– – 20 x 30 WS20x30S-8000

50 x 80 WS50x80S 50 x 80 WS50x80S-8000

80 x 80 WS80x80S – –

80 x 120 WS80x120S – –

80 x 160 WS80x160S – –

Alternative accessories for communication

Type GatewaysFor PROFIBUS FTC470XDP

For Internet/Intranet COM460IP

For Jbus/Modbus COM462RTU

Type MK800

Flush-mounting MK800…

Surface-mounting MK800A…

Surface-mounting, front door MK800AF…

Type DI-1 DL

BMS extension: > 32 BMS nodes, > 1200 m cable length

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Components for portable systems with installed test device (ISOMETER® IRDH575/IR1575PG1)

Type of distribution system AC, DC, AC/DC (mixed systems) AC, DC, AC/DC (mixed systems)

Application range Main circuits Control circuits

Insulation monitoring device ISOMETER®/Locating current injector PGH

Nominal system voltage Un (B1) 3AC, AC 20…575 V, DC 20…504 V 3AC, AC 20…150 V, DC 20…150 V

Nominal system voltage Un (B2) 3AC, AC 340…760 V, DC 340…575 V –

US DC 19.2…72 V IRDH575B1-427 IRDH575B1-4227

US AC 88…264 V, DC 77…286 V IRDH575B1-435 IRDH575B1-4235

US AC 88…264 V, DC 77…286 V IRDH575B2-435 –

Locating current IL 10/25/50 mA 1/2.5 mA

Response values 1 kΩ…10 MΩ 1 kΩ…10 MΩLC display 4 x 20 characters 4 x 20 characters

Alarm relay 3 changeover contacts 3 changeover contacts

Interface/protocol RS-485 (BMS) RS-485 (BMS)

Address range 1…30 1…30

Insulation fault locator

Type EDS195PLC display 3 x 16 characters

Evaluating current IΔL 0.2…50 mA

Response value 0.2…1/2…10 mA selectable

Measuring clamps

Type PSA3020 PSA3052 PSA3165 (optional) PSA3320 PSA335220 mm

52 mm

115 mm

Complete systems

Type EDS3090 EDS3091

Comprising Aluminium case, EDS195P, PSA3020, PSA3052, power supply unit

Aluminium case, EDS195P, PSA3020, PSA3052, power supply unit

Aluminium case, EDS195P, PSA3320, PSA3352, power supply unit

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Components for portable systems without installed test device

Application Main circuit Control circuit

energised offline energised

Locating current injector PGH

Nominal system voltage Un3AC, AC 20…575 V

DC 20…504 V3AC, AC 0…575 V

DC 0…504 V AC 20…265 V, DC 20…308 V

US AC 230 V PGH185 PGH186 PGH183

US AC 90…132 V PGH185-13 PGH186-13 PGH183-13

Locating current IL max. 10/25 mA 10/25 mA 1/2.5 mA

Insulation fault locator

Type EDS195PLC display 3 x 16 characters

Evaluating current IΔL 0.2…50 mA

Response value 0.2…1/2…10 mA selectable

Measuring clamps

Type PSA3020 PSA3052 PSA3165 (optional) PSA3320 PSA335220 mm

52 mm

115 mm

Complete system

Type EDS3090PG (-13) EDS3096PG (-13) EDS3091PG (-13)

EDS3090PG for US = AC 230 V, 50…60 Hz EDS3090-13 for US=

AC 90…132 V, 50…60 Hz

EDS3096PG for US= AC 230 V, 50…60 Hz

EDS3096PG-13 for US = AC 90…132 V, 50…60 Hz

EDS3091PG for US=AC 230 V, 50…60 HzEDS3091PG-13 for US=AC 90…132 V, 50…60 Hz

ComprisingAluminium case, PGH185, EDS195, PSA3020, PSA3052, power supply

unit, cable set

Aluminium case, PGH186, EDS195, PSA3020, PSA3052, power supply

unit, cable set

Aluminium case, PGH183, EDS195, PSA3320, PSA3352, power supply unit, cable set

Type EDS3092PG

ComprisingAluminium case, PGH185, EDS195, PSA3020, PSA3052,

power supply unit, cable setAluminium case, PGH183, EDS195, PSA3320, PSA3352,

power supply unit, cable set

Accessories

Type AGE185

Extension AC 500…790 V, 45…400 Hz

Nominal voltage range DC 400…960 V

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Practical example

WebserverModbus/TCPModbus RTUPro�bus DP

COM460IP

■■ Insulation monitoring of different IT systems with ISOMETER® IRDH575

■■ Evaluators for earth fault location EDS460

■■ Measuring current transformers in different sizes and shapes (round, rectangular and split core)

■■ Communication via COM460… to other bus systems

Insulation monitoring and earth fault location in a distribution system

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Higher electrical safety for earthed sub-circuits for entertaiment areas, cabins, elevators and other applications

COM460IP

An RCMS system is a multi-channel residual current location system which can monitor up to 12 circuit branches per device and up to 1080 measuring points in a network divided over 58 12-channel devices. RCMS is suitable for d.c., alternating and pulsating residual currents. RCMS system gives an alarm before other protective measures are interrupting the power supply. Typical applications in ships and offshore units are earthed sub-circuits for the power supply of entertainment areas, cabins, elevators and other applications.

Features of RCMS System

■■ Unexpected interruptions to operations are avoided

■■ Installation reliability and operational reliability are increased considerably

■■ Fire risk is reduced

■■ Maintenance costs are reduced

■■ Approvals: UL, LR

Residual current monitoring with communication via COM460IP

LINETRAXX® RCMS460-D

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Communication solutions

BMS Ethernet Gateway COMTRAXX® COM460IP Condition Monitor COMTRAXX® CP700

Device features Power Quality devices offer full access to all information. This has to be processed and meaningfully presented, always in connection, of course, with the measured values of the already installed devices. The CP700 is a new, innovative navigation system that simplifies analysis and fault location for the user, in complex cases, even makes them possible at all. Depending on the user’s requirements, the easy-to-use touch screen on the CP700 itself can be used or the PC user interface familiar from the COM460IP which offers full access to all information.Clearly presented information about the status of devices and systems via 7” touch screen.

■■ Specific system overview according to individual system description

■■ Display and visualisation of device and system statuses using a standard web browser with Silverlight plug-in

■■ Selective e-mail notification to various user groups in the event of alarms

■■ Support of professional visualisation programs by Modbus/TCP protocol

■■ Observing and analysing Bender products that support com-munication (Power Quality, RCMS, ISOMETERs, EDS systems)

■■ Parameter setting for devices, storing and documentation in a clear and practice-oriented manner

Your advantages■■ All functions available in COM460IP on the internal bus■■ Fast, simple parameter setting of BMS devices and Bender

Power Quality devices using the web browser■■ The CP700’s software base is the foundation for further analysis

and monitoring tools in future, which are made available by means of a software update.

Device features COM460IP is a BMS Ethernet gateway that converts data from the internal and external Bender BMS bus into TCP/IP protocols. The device utilises an integrated web server for optimum presen-tation of data from BMS systems on any personal computer via a web browser with Silverlight plug-in. Additional software installation is not required.

■■ Modular, expandable gateway between BMS bus and TCP/IP

■■ Gateway between BMS bus and Ethernet

■■ Options to extend the functionality

■■ Remote access via LAN, WAN or Internet

Your advantages

■■ Bidirectional Modbus/TCP gateway

■■ Fast, simple parameter setting of BMS devices (on the internal bus) using the web browser

■■ Assignment of system-specific text codes for devices and measurement points

■■ E-mail notifications for alarms and system faults to different user groups

■■ Device failure monitoring

■■ Report function stores measured values and settings. Saved settings can be used for the parameterisation of other devices. This means comparing previous and actual settings is very simple and clear.

■■ Fast, clear visualisation without requiring special programming skills to set it up. For example, measurements or alarms can be arranged and displayed on a building plan. Links along with the alarm status of the devices contained therein can be inserted into the different views.

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Communication possibilities with Bender systems and devices

Web server

PEM PEM

CP700

I3

U1 U2

U3

M

ATICS®

Ethernet

Web server System overviewVisualisation

ProfiBus-DP Digital In/Out Digital In/Out Modbus RTU

BMS bus

ATICS-2-XXA-ISO

ATICS-4-XXXA-DIO

BMS bus BMS bus BMS bus

KNX/LON

ILTI3

U1 U2

U3RISO

M

ATICS®

BMS bus

ext. BMS bus

COM460IP COM460IP

MK2430 MK800 MK800 TM

Modbus RTU

E-MailReportParameterModbus/TCP...

Solution for BACnet Solution for OPC

COMTRAXX®

MK800COMTRAXX®

MK800

Integrated functions

Bus overview User-defined visualisationPresentation of the bus overview on mobile phones

Bender GmbH & Co. KGP.O. Box 1161 • 35301 Gruenberg • GermanyLondorfer Strasse 65 • 35305 Gruenberg • GermanyTel.: +49 6401 807-0 • Fax: +49 6401 807-259E-Mail: info@bender.de • www.bender.de

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BENDER GroupFotos: Fotolia (© Ostseefoto, © Tentacle, © bendgator) and Bender archives.